Recent Progress in Nanofluid Specific Heat Capacity:A Comprehensive Review
简介：The distinctive specific heat capacity of nanofluids presents opportunities for enhancing heat transfer efficiency and plays a pivotal role in the design of nanoscale devices.Existing research often overlooks the influence of particle size and nanostructures on the specific heat capacity of nanofluids.Therefore,this paper provides a comprehensive survey that encompasses synthesis techniques,measurement methodologies,predictive models,and influential parameters affecting the specific heat capacity of nanofluids.Empirical investigations have consistently shown that the specific heat capacity of nanofluids typically increases with a reduction in particle size,primarily due to surface and size effects.Furthermore,the specific heat capacity of nanofluids is significantly influenced by temperature and concentration.However,due to the complex interplay of surface effects,temperature gradients,and pressure gradients within nanofluids,the specific heat capacity exhibits nonlinear behavior,thereby complicating the research landscape.展开
学者：ZhongHONGYangLiuSongJianzhongWuXiaohuLIXiaoke
关键词：Nanofluidsspecific heat capacitysimulation experimentinfluencing factorsmolten salt
分类号：TQ126.3+5(非金属元素及其无机化合物化学工业)
在线出版日期：2026-02-02 （网站首发日期）
